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中文IN3DTEC Timeline (2014–2024)
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2014Launched locally, offering metal and high-performance plastic 3D printing and 3D scanning services.
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2015Core technical team formed; began prototyping with metal/plastic 3D printing, urethane casting, and scanning.
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2016Added CNC machining and 5-axis milling for low-volume production.
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2017Entered overseas markets and became supplier for ABB, Airbus, Danfoss, Leica, Philips, Ford, MIT, and Stanford University.
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2018Officially established the IN3DTEC global brand for oversea market.
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2019Introduced sheet metal and injection molding for on-demand production.
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2020Expanded into die casting and custom carbon fiber; grew reach to 70+ countries across Europe, North America, and APAC.
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2021Broadened 3D printing to ceramic, sand printing & metal casting, soft elastomers, multi-colors, and medical applications; upgraded production and inspection systems.
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2022Rolled out surface finishing for automotive, aerospace, robotics, medical, and industrial applications; launched Online Quoting System.
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2023Became a full-scale one-stop shop for prototype to mass production, offering comprehensive manufacturing and finishing services.
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2024Now serve ¼ of Fortune 500 companies, deliver to 89 countries, support 10,000+ clients with 160+ materials, and offer more than 25+ surface finishe options.
Our Customers
In order to meet different market needs, we expand our offerings to service Aerospace, Automotive, Education, Electricals, Jigs & Fixtures, Medical, Oil & Gas, Transportation, and more. The opinions of our customers serve as the cornerstones for benchmarking our performance which we are committed to continuously improving.
Manufacturing Resources
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Cool & Useful Things, ideas to 3D Print for November
100 cool & useful 3D Print Projects, Ideas You’ll Love In the ever-evolving world of technology, 3D printing stands out as a game-changing tool that
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A Comprehensive Guide to Injection Molding Gates
A technical analysis of gate types, design optimization, and troubleshooting for high-precision injection molding success.
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Selective Laser Sintering (SLS) Material Selection Guide for Low Volume Production
A technical guide to high-performance polymers and composites for functional prototyping and end-use bridge manufacturing.
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How to design parts for metal 3D Printing
A technical guide to DfAM optimization, material performance, and cost-reduction strategies for industrial-grade metal 3D prints.
Read More
Modernizing Metal Casting with Sand 3D Printing
Combining additive precision with traditional foundry expertise to deliver complex metal parts without expensive tooling.
Read MoreFrom Quote To Delivery
Everything You Need in One Easy-to-use Platform
Our AI-powered online quoting tool delivers prices within seconds and makes order tracking and management effortless. With built-in DFM capabilities, it helps identify design errors early, saving your time and ensuring smoother part production.
No Minimum Quantity
AI-Powered DFM Analysis
Online Order Management
Flexible Lead Time & Shipping Options
Walls are too thin, minimum recommended thickness value is 1.0
Show thin walls
